COWON D20 MP3 player with 90 hour battery life

 COWON Japan has introduced a compact and sleek MP3 Player that is affordable and eady to use and has a very long battery life continuous music max 90 hours/movie play max 13 hours.
It has a 2.5-inch LCD touchscreen with 3 capacities: 8GB, 16GB and 32GB. Includes cable to play video with XVID SP/ASP, WMV 7/8/9(Video codec), and with JetEffect 5.0. you can select from
various sound effect (EQ, BBE, Mach3Bass, 3D surround, MP Enhances, Stereo Enhance etc), 9 Reverb modes and 48 preset equalizers to play the best sound depending on each user.
D20-8G-BK(8GB)-11,800yen
D20-16GB-BK(16GB)-13,800yen
D20-32GB-BK(32GB)-16,800yen

AMD unveils Radeon Sky Graphics card for cloud gaming

AMD has announced the Radeon Sky Graphics cards at the Game Developers Conference 2013. These cards are developed for servers that provide cloud gaming services.
The Radeon Sky cards are based on the Radeon HD 7000 series of consumer graphics cards. The card will be featured in servers that render games and stream the video to tablets, laptops
and desktops over the internet. AMD is a firm believer of cloud gaming: by rendering 3D-games on a server, complex games can be played on simple devices and games can also be
sold as a subscription. The Radeon Sky series will initially consist of just three cards. The Radeon Sky 900 is based on two Tahiti GPUs and has 3584 stream processors and 6GB of
memory. The Radeon Sky 700 is a card with a single Tahiti chip, resulting in 1792 enabled stream processors. This model also offers 6GB of memory. The entry-level model is the
Radeon Sky 500, based on a Pitcairn chip with 1280 stream processors and 4GB of memory.

ASUS announces next generation PadFone infinity

ASUS announced PadFone infinity, a powerful LTE smartphone with a sleek metallic design and a 5-inch Full HD display that becomes a 10.1-inch tablet when docked to its companion
PadFone infinity station. PadFone infinity features Android 4.1 and groundbreaking mobile performance, thanks to its next-generation Qualcomm Snapdragon 600 processor with quad-core
CPU and up to 19 hours of 3G talk time.

Premium design with premium performance
    ASUS PadFone infinity is both beautiful and durable with a slender unibody design crafted from aerospace grade aluminum. The 5-inch screen features a 1920x1080 Full HD
resolution with an extraordinary 441 pixels per inch for text so crisp it looks like a printed page, and wonderfully detailed high-resolution images. 64GB of storage complements
the class leading Qualcomm Snapdragon 600 1.7GHz processor with quad-core CPU for a smooth and responsive premium Android experience, while 100Mbit/s LTE and 42 Mbit/s
DC-HSPA+ ensure super-fast web browsing and downloads.
          ASUS PadFone infinity features a high-performance 13-megapixel camera with an f/2.0 five element lens that captures incredibly detailed images, with no shutter lag. A dedicated
image signal processor enhances low light image quality and enables PadFone infinity to capture up to 100 sequential photos at eight frames per-second, while simultaneously recording
1080p Full HD video. PadFone infinity can also output 1080p Full HD video via its Micro-USB compatible MyDP port.
        PadFone infinity comes with new and exclusive ASUS apps, including SuperNote 3.1 for note taking, story for creating stunning photo albums and ASUS Echo for voice control of PadFone infinity.
PadFone infinity has up to 19 hours of 3G talk time, which increases to up to 40 hours when docked into PadFone infinity station.

ASUS unveils the GeForce GTX 650 Ti Boost DirectCU II

ASUS today announced the GeForce GTX 650 Ti Boost DirectCU II, which features an overclocked 1085MHz NVIDIA GTX 650 Ti GPU paired with 2GB GDDR5 on a 192-bit interface.
The card offers a combination of DirectX 11.1 compatible power and value, expanding the range of ASUS graphics cards that cater to gamers and DIY enthusiasts.
             ASUS exclusive features improve GeForce GTX 650 Ti Boost DirectCU II performance. They include the DirectCU II cooler, which maintains 20% lower temperatures
than a reference GTX 650 Ti Boost, long lasting super alloy power components, and user friendly GPU Tweak graphics card tuning.

DirectCU II keeps high speed performance quieter and cooler
        ASUS thermal design supports high end gaming with the stability of innovative cooling. Using all-copper heatpipes that directly touch the GTX 650 Ti GPU, DirectCU II expedites
heat removal for 20% lower temperatures than those of a comparable reference graphics card. A specially selected 80mm fan with blades engineered to minimize drag is precision fitted to
the DirectCU II cooler, resulting in minimal vibration and noise. compared to reference, the ASUS  GeForce GTX 650 Ti Boost DirectCU II is up to three times quieter.

Super Alloy power components maintain stability and increase overclocking headroom
 ASUS uses proprietary power delivery parts that can handle the heat and stress of gaming and overclocking over longer product lifespans. Solid state capacitors, concrete-core chokes,
and hardened MOSFETs apply exclusive materials, leading to 1.5 times the longevity of reference cards and an average overclocking range increase of 15%.

GPU Tweaks give gamers easy access to graphics card tuning.
  The GPU Tweak utility offers a user friendly interface that opens up versatile adjustments of graphic properties. Core and clock speeds, voltages and fan speeds can be changed instantly, and
multiple game-specific profiles may be created to make the most of each title.

Samsung's next Galaxy Tab to feature Exynos 5 processor and Full HD screen

 Samsung's next Galaxy Tab will feature an octa-core processor and a full HD(1920x1080 pixel) screen. With the new tablet, Samsung aims to compete with Sony's Xperia Tablet Z,
and future Apple iPad models. It is still unclear whether Samsung will implement a 10.1-inch or 11.6-inch super amoled screen. Exynos 5 processor will be used in new Samsung Galaxy Tab.
This chip will consists of an ARM big LITTLE configuration, which combines four powerful Cortex-A15 cores with four slower, more efficient, cortex-A7 cores. The Samsung Galxy Tab 3 will have 'Plus' suffix to indicate a
full HD resolution. the device is likely to make its debut simultaneously with the Galaxy Note III in september at the Berlin IFA conference.

Koolance full cover waterblock for Nvidia's GTX Titan graphics card

 Koolance has launched its own take on an Nvidia GTX Titan water block. Although the high end graphics card features an exceptional aircooler, changing over to
 watercooling allows even greater performance, without noisy fans.
           Koolance's VID-NXTTN is a full-cover water block that is sized 172x114x191 millimeters. It weighs about 1kg and has G1/4 fittings. the block is made out of copper, but a
nickled finish gives its silver appearance. The aluminium cover and  matching backplate contribute to the appearance, with the latter also cooling the card's memory chips.
         The new Koolance VID-NXTTN has a recommended price of $129.99(£85).

LSI packs16 A15 cores in basestation SoC

 LSI Corp., introduced its Axxia 5500 series, a family of 28nm basestation SoCs that pack up to 16 ARM Cortex A15 cores riding the new ARM CCN-504 interconnect.
The chips will not sample until fall, but LSI claims it has commitments from top tier basestation makers designing them into systems set to ship in 2014.
                The SoCs support up to 16 10Gbit/second Ethernet ports. They also use an array of speciliazed hardware accelarators passed on from existing LSI SoCs for security, packet
processing and other operations.
               LSI claims the Axxia 5500 will sport four times the control plane performance and 2.5 times the data plane performance of its existing 3400 series SoCs that use four PowerPC 476 cores.
With the new chips, LSI is following Freescale and others in a board shift to ARM cores in embedded processors.
             The SoCs do not include LSI's starcore DSPs the company contends top tier basestation makers prefer to use their own baseband ASICs. letting the LSI SoCs handle L2-L4 processing.